def test_complete_groups_from_dict(build_mock_libvirtconn_filled):
"""
Test groups_from_dict with only one group
"""
groups_config = {
"test": {
"target":
"/mnt/test",
"compression":
"tar",
"hosts": [{
"host": r"r:^matching\d?$",
"disks": ["vda", "vdb"]
}, "!matching2", "nonexisting"],
},
}
groups = tuple(complete_groups_from_dict(groups_config))
assert len(groups) == 1
test_group = groups[0]
assert test_group.name == "test"
assert test_group.backup_dir == "/mnt/test"
assert test_group.hosts == [
r"r:^matching\d?$", r"!matching2", r"nonexisting"
]
def get_usable_complete_groups(config, only_groups_in=None, conn=None):
groups = complete_groups_from_dict(config.get_groups(), conn=conn)
for g in groups:
if not g.backup_dir:
continue
elif only_groups_in and g.name not in only_groups_in:
continue
yield g
def test_complete_groups_from_dict_multiple_groups(
build_mock_libvirtconn_filled):
"""
Test match_domains_from_config with a str pattern
"""
groups_config = {
"test0": {
"target": "/mnt/test0",
"compression": "tar",
"hosts": ["matching2", ],
},
"test1": {
"target": "/mnt/test1",
"hosts": ["matching", "a"],
},
}
groups = tuple(complete_groups_from_dict(groups_config))
assert len(groups) == 2
group0, group1 = groups
assert sorted((group0.name, group1.name)) == ["test0", "test1"]